The start-stop system's fundamental concept is that emissions and fuel consumption are decreased when the engine stops for brief periods of time, such as when waiting at traffic lights.
The automatic start-stop technology contributes to fuel conservation and environmental protection in this way. This method has the potential to reduce CO2 emissions by 3 to 8%.
The environmental advantages and increased economy have led to the quick adoption of automatic start systems across all vehicle classes.
Components of the starter unit that are subjected to specific stress are reinforced and developed for a long service life in order to prevent the starter from wearing out too soon and enduring the strains associated with the increased number of starts. This pertains to the starter's engagement mechanism, gear unit, and bearings.
AGM batteries were created specifically for cars with start-stop technology, energy recover (recuperation) systems, and other fuel-saving features. Conventional batteries, on the other hand, still have their limitations in cars with automatic start-stop systems. With the use of AGM technology, a battery can absorb energy from recovery very well. EFB batteries, on the other hand, are only intended for vehicles with basic automated start-stop systems.
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